How does semiconductor technology contribute to advances in medical electronics?

As the problem of aging population intensifies, home monitoring applications for medical devices are also an important development trend. Today's home medical devices are more than just sphygmomanometers. Devices that perform advanced functions such as personal monitoring, diagnostics, and motion monitoring will also go into home and personal applications.

The large-scale medical equipment that was originally used only in large hospitals will show a trend of miniaturization, low cost, and ease of use, in order to meet the needs of the construction of primary medical institutions, in addition to the existing home blood glucose meters and blood pressure testing. Outside the instrument, equipment such as electrocardiographs will also enter the home.

The manufacturing research and development capabilities of domestic medical equipment manufacturers have also been greatly improved. In the medical market in developing countries, Chinese brands of medical equipment can be seen everywhere, and products include high-end medical equipment with high added value.

Unlike hospital equipment, portable medical products need to integrate many functions into one microchip, so they have higher functional requirements per unit volume of equipment and need to be able to process more and more complex analog and digital more accurately. signal.

Semiconductor technology is key to the advancement of medical electronics technology, and analog and mixed-signal processing technologies are particularly important, making it easier to achieve high-performance design goals with the latest leading semiconductor technology solutions.

The development of medical electronics poses new challenges for the semiconductor industry, focusing on high-end sensors and high-precision analog-to-digital converters at the front end, requiring lower power consumption and better heat dissipation characteristics, as well as higher integration and reliability. Challenges such as design complexity. However, portable medical devices are primarily geared to the home care market, and costs are also worth paying attention to. In the past, there have been many small and scattered situations in the field of portable devices, but with the development in recent years, portable products are no longer low-cost and low-performance.

Therefore, relevant companies should seize the opportunity to continue to invest in high-precision, highly integrated signal chain products and power management and wireless RF products suitable for portable applications, while maintaining the advantages of power consumption, size and cost.

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